SH Double-Suction Pump – KQSN Horizontal Double-Suction Pump
SH Double-Suction Pump – KQSN Horizontal Double-Suction Pump
SH Double-Suction Pump – KQSN Horizontal Double-Suction Pump
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  • SH Double-Suction Pump – KQSN Horizontal Double-Suction Pump
  • SH Double-Suction Pump – KQSN Horizontal Double-Suction Pump
  • SH Double-Suction Pump – KQSN Horizontal Double-Suction Pump
  • Product Description
  • Structural Features

    Dual-suction impeller design: The impeller consists of two back-to-back impellers combined together, allowing liquid to be drawn in simultaneously from both sides before converging into the volute casing and being discharged. This unique design doubles the flow rate—compared to a single-suction pump—at the same impeller diameter, while the symmetrical arrangement of the blades effectively balances axial forces, reducing bearing wear and ensuring smoother operation.
    Horizontally split pump casing: The pump body is horizontally divided into upper and lower halves along the axial line, allowing maintenance without dismantling the pipelines—simply lift off the pump cover to access and service components like the impeller and sealing rings, significantly reducing both maintenance costs and time.
    Volute Flow Channel Optimization: The spiral volute design ensures smooth liquid flow, minimizing turbulence losses and enhancing hydraulic efficiency. Some models feature a coating made from advanced polymer composite materials, which further reduces frictional resistance, boosting efficiency by an additional 2% to 5%.

    Performance advantages

    High Flow Rate and High Head: The flow range covers 82–2020 m³/h, with head capabilities spanning 13–125 m, making it ideal for long-distance and large-area transportation applications—such as inter-basin water diversion and agricultural irrigation.

    Excellent cavitation resistance: The double-suction design ensures uniform inlet pressure distribution, and when combined with the optimized impeller inlet shape, it effectively reduces the Net Positive Suction Head (NPSH), thereby extending the pump's service life. For instance, the SH-type double-suction pump demonstrates a 30% reduction in NPSH compared to single-suction pumps when handling 80°C clear water.

    Adapting to Complex Operating Conditions
    Media compatibility: Capable of handling clean water, wastewater, chemical liquids, and media containing solid particles (such as silt or sand). By selecting corrosion-resistant materials like stainless steel and fluoroplastics, it meets the requirements of various media types.
    Temperature Range: Standard models can withstand temperatures up to 100°C, while high-temperature models (such as those used in boiler feedwater pumps) are capable of handling media exceeding 200°C.
    Pressure Resistance: The system can handle working pressures up to 2.5 MPa, making it suitable for high-pressure delivery applications.

    Low vibration and noise

    The symmetrical structure balances radial forces, ensuring even bearing loads and keeping operational vibration levels below 2.8 mm/s, while noise remains at or below 85 dB—meeting stringent industrial environmental standards.

    Product real-shot

    Industry Applications

    Urban water supply and drainage, urban water distribution Water supply and drainage for centralized heating systems Water supply and drainage systems for steel metallurgy enterprises, petrochemical refineries, and more
    Water supply and drainage systems for thermal power plants, chemical plants, and more Firewater systems for factories and mines, as well as water supply for air conditioning systems Farmland drainage and irrigation, along with various water conservancy projects

     

Our strengths

Quality Assurance

Order and ship quickly

Customization supported

Worry-free after-sales service

Factory real-shot footage

Factory building
Factory-produced products
Production Strength
Product Showcase

Our strengths

T/T, L/C

★ If your order isn’t very large, we can ship it to you via TNT, DHL, UPS, or EMS.

★ If your order is large, we recommend shipping it via air or sea freight through your designated forwarder. We also have long-term, trusted agents who can assist with this.

7–10 business days

Payment and Distribution
Payment and Distribution
Payment and Distribution
Payment and Distribution
Payment and Distribution

Frequently Asked Questions

Does the company accept OEM/ODM orders?


The company accepts OEM/ODM orders and can customize product appearance, specifications, packaging, and more according to customer requirements.

Does the company provide samples?


The company can provide samples based on customer needs, with customers responsible for covering the sample costs and shipping fees.

How does the company calculate shipping costs?


Shipping costs are calculated based on factors such as cargo volume, weight, mode of transportation, and destination. Feel free to reach out for a detailed shipping quote.

How does the company ensure the safety of its goods?


The company uses professional packaging materials and reinforcement measures to ensure that goods arrive safely and undamaged during transportation.

How does the company arrange cargo transportation?


The company boasts a professional logistics team that can arrange sea, air, or land transportation based on customer needs, offering door-to-door services.

What payment methods does the company accept?


The company accepts a variety of payment methods, including [list the payment methods accepted by the company, such as T/T, L/C, D/P, etc.], making it convenient for customers to choose.

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SH Double-Suction Pump – KQSN Horizontal Double-Suction Pump

Dual-suction impeller design: The impeller consists of two back-to-back impellers, allowing liquid to be drawn in simultaneously from both sides before converging into the volute casing for discharge. This unique configuration doubles the flow rate compared to a single-suction pump—while maintaining the same impeller diameter—while the symmetrical blade arrangement effectively balances axial forces, reducing bearing wear and ensuring smoother operation.


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  • Product Description
  • Structural Features

    Dual-suction impeller design: The impeller consists of two back-to-back impellers combined together, allowing liquid to be drawn in simultaneously from both sides before converging into the volute casing and being discharged. This unique design doubles the flow rate—compared to a single-suction pump—at the same impeller diameter, while the symmetrical arrangement of the blades effectively balances axial forces, reducing bearing wear and ensuring smoother operation.
    Horizontally split pump casing: The pump body is horizontally divided into upper and lower halves along the axial line, allowing maintenance without dismantling the pipelines—simply lift off the pump cover to access and service components like the impeller and sealing rings, significantly reducing both maintenance costs and time.
    Volute Flow Channel Optimization: The spiral volute design ensures smooth liquid flow, minimizing turbulence losses and enhancing hydraulic efficiency. Some models feature a coating made from advanced polymer composite materials, which further reduces frictional resistance, boosting efficiency by an additional 2% to 5%.

    Performance advantages

    High Flow Rate and High Head: The flow range covers 82–2020 m³/h, with head capabilities spanning 13–125 m, making it ideal for long-distance and large-area transportation applications—such as inter-basin water diversion and agricultural irrigation.

    Excellent cavitation resistance: The double-suction design ensures uniform inlet pressure distribution, and when combined with the optimized impeller inlet shape, it effectively reduces the Net Positive Suction Head (NPSH), thereby extending the pump's service life. For instance, the SH-type double-suction pump demonstrates a 30% reduction in NPSH compared to single-suction pumps when handling 80°C clear water.

    Adapting to Complex Operating Conditions
    Media compatibility: Capable of handling clean water, wastewater, chemical liquids, and media containing solid particles (such as silt or sand). By selecting corrosion-resistant materials like stainless steel and fluoroplastics, it meets the requirements of various media types.
    Temperature Range: Standard models can withstand temperatures up to 100°C, while high-temperature models (such as those used in boiler feedwater pumps) are capable of handling media exceeding 200°C.
    Pressure Resistance: The system can handle working pressures up to 2.5 MPa, making it suitable for high-pressure delivery applications.

    Low vibration and noise

    The symmetrical structure balances radial forces, ensuring even bearing loads and keeping operational vibration levels below 2.8 mm/s, while noise remains at or below 85 dB—meeting stringent industrial environmental standards.

    Product real-shot

    Industry Applications

    Urban water supply and drainage, urban water distribution Water supply and drainage for centralized heating systems Water supply and drainage systems for steel metallurgy enterprises, petrochemical refineries, and more
    Water supply and drainage systems for thermal power plants, chemical plants, and more Firewater systems for factories and mines, as well as water supply for air conditioning systems Farmland drainage and irrigation, along with various water conservancy projects

     

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